Faculty

Institution

Unit

Venue

Dong Ye

Associate Professor

Middle Tennessee State University

Affiliations

College of Basic and Applied Sciences

Department of Mathematical Sciences

Dong Ye is currently serving as a College Of Basic And Applied Sciences Associate Professor at Middle Tennessee State University.

Honors

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Experiences

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Education

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Dong Ye

Middle Tennessee State University

Associate Professor

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graph theory mathematics combinatorial theory discrete mathematics combinatorics extremal graph theory topological graph theory algebraic graph theory applied mathematics geometric graph theory discrete algorithms geometric topology structural graph theory geometry and topology mathematical sciences topology polyhedron planar graphs physics combinatorial optimization fullerenes geometry applied physics carbon computational geometry discrete geometry graphene perfect matching graph matching graph g quantum chemistry structural chemistry molecular structure spectral theory geometric algorithms topological combinatorics extremal combinatorics computational topology disjoint hexagons fullerene graph toroidal polyhexes clar number signed graph median eigenvalues chemical sciences analytic combinatorics topological soliton linear chain compound polymer materials graphene nanoribbons graphene nanomeshes carbon-based materials delaunay triangulation combinatorial design theory enumerative geometry combinatorial designs structural morphology structural topology metric graph theory directed graphs geometry processing subdivision surfaces enumerative combinatorics hypergraph theory fullerene graphs upper bound extremal fullerene graphs kekulé count fullerene isomers signed graphs nowhere-zero 3-flows k-resonant toroidal polyhexes topological data analysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Resonance Graphs on Perfect Matchings of Graphs on Surfaces. Graphs and Combinatorics (2023)

Niko TratnikDong Ye

applied mathematicsalgebraic graph theorytopologycombinatoricsdiscrete mathematicstopological graph theoryresonance graphsgeometric topologycombinatorial theorygeometric graph theorymathematicsdiscrete algorithmsgraph theorygeometry and topologymathematical sciences

The Clique Number of Graphs Covered by Long Cycles. SIAM Journal on Discrete Mathematics (2023)

Naidan JiDong Ye

algebraic graph theorycombinatoricscombinatorial optimizationclique numberdiscrete mathematicsstructural graph theorycombinatorial theorymathematicsdiscrete algorithmsextremal graph theorygraph theory

The Number of Cliques in Graphs Covered by Long Cycles. SIAM Journal on Discrete Mathematics (2023)

Naidan JiDong Ye

long cyclesalgebraic graph theorycombinatoricstotal numberdiscrete mathematicstopological graph theorygraphs coveredextremal combinatoricscombinatorial theorynumber theoryenumerative combinatoricsmathematicsdiscrete algorithmsextremal graph theorygraph theory

Minimal Quadrangulations of Surfaces. Journal of Combinatorial Theory Series B (2022)

Wenzhong LiuM.N. EllinghamDong Ye

geometry processingapplied mathematicsgeometric algorithmsgeometryminimal quadrangulationsgeometric modelingcomputational geometrygeometric topologymathematicssubdivision surfacesdifferential geometrygeometry and topologymathematical sciences

Connectivity for Kite-Linked Graphs. SIAM Journal on Discrete Mathematics (2021)

Runrun LiuMartin RolekD. Christopher StephensDong YeGexin Yu

applied mathematicscombinatoricsexact valuekite-linked graphsdiscrete mathematicstopological graph theorypendant edgecombinatorial theorygeometric graph theorymathematicsextremal graph theorygraph theory

Cycle Traversability for Claw-Free Graphs and Polyhedral Maps. COMBINATORICA (2020)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

algebraic graph theorycycle traversabilitycombinatoricstopologydiscrete mathematicstopological graph theorygeometric topologycombinatorial theorygeometric graph theorymathematicsgraph theory

Minimum $T$-Joins and Signed-Circuit Covering. SIAM Journal on Discrete Mathematics (2020)

Yezhou WuDong Ye

computational complexityapplied mathematicscombinatoricscombinatorial optimization2-edge-connected signed graphdiscrete mathematicsstructural graph theorysigned-circuit coveringextremal combinatoricssigned-circuit covermathematicsdiscrete algorithmsextremal graph theorygraph theory

Toughness and Spanning Trees in K4‐Minor‐Free Graphs. Journal of Graph Theory (2020)

M. N. EllinghamSongling ShanDong YeXiaoya Zha

network analysisapplied mathematics‐tough ‐minor‐free graphcombinatoricscombinatorial optimizationdiscrete mathematicsplanar graphsstructural graph theorygeneral graphsmathematicsdiscrete algorithmsextremal graph theorygraph theoryk4‐minor‐free graphs

Dominating Maximal Outerplane Graphs and Hamiltonian Plane Triangulations. Discrete Applied Mathematics (2019)

Michael D. PlummerDong YeXiaoya Zha

applied mathematicstopologydiscrete mathematicsplanar graphshamiltonian plane triangulationsgeometric topologycombinatorial theorygeometric graph theorymathematicsdiscrete algorithmsextremal graph theorygraph theorygeometry and topologymathematical sciences

Edge Coloring of Signed Graphs. Discrete Applied Mathematics (2019)

Li ZhangYou LuRong LuoDong YeShenggui Zhang

algebraic graph theorycombinatoricsedge coloringdiscrete mathematicstopological graph theoryextremal graph theorygraph theorymathematical sciences

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Dong Ye

Associate Professor

Middle Tennessee State University

Affiliations

College of Basic and Applied Sciences

Department of Mathematical Sciences

Dong Ye is currently serving as a College Of Basic And Applied Sciences Associate Professor at Middle Tennessee State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dong Ye

Middle Tennessee State University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Resonance Graphs on Perfect Matchings of Graphs on Surfaces. Graphs and Combinatorics (2023)

Niko TratnikDong Ye

The Clique Number of Graphs Covered by Long Cycles. SIAM Journal on Discrete Mathematics (2023)

Naidan JiDong Ye

The Number of Cliques in Graphs Covered by Long Cycles. SIAM Journal on Discrete Mathematics (2023)

Naidan JiDong Ye

Minimal Quadrangulations of Surfaces. Journal of Combinatorial Theory Series B (2022)

Wenzhong LiuM.N. EllinghamDong Ye

Connectivity for Kite-Linked Graphs. SIAM Journal on Discrete Mathematics (2021)

Runrun LiuMartin RolekD. Christopher StephensDong YeGexin Yu

Cycle Traversability for Claw-Free Graphs and Polyhedral Maps. COMBINATORICA (2020)

Ervin GyőriMichael D. PlummerDong YeXiaoya Zha

algebraic graph theorycycle traversabilitycombinatoricstopologydiscrete mathematicstopological graph theorygeometric topologycombinatorial theorygeometric graph theorymathematicsgraph theory

Minimum $T$-Joins and Signed-Circuit Covering. SIAM Journal on Discrete Mathematics (2020)

Yezhou WuDong Ye

Toughness and Spanning Trees in K4‐Minor‐Free Graphs. Journal of Graph Theory (2020)

M. N. EllinghamSongling ShanDong YeXiaoya Zha

Dominating Maximal Outerplane Graphs and Hamiltonian Plane Triangulations. Discrete Applied Mathematics (2019)

Michael D. PlummerDong YeXiaoya Zha

Edge Coloring of Signed Graphs. Discrete Applied Mathematics (2019)

Li ZhangYou LuRong LuoDong YeShenggui Zhang

algebraic graph theorycombinatoricsedge coloringdiscrete mathematicstopological graph theoryextremal graph theorygraph theorymathematical sciences

1
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5
6
10 / page

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Similar Faculty Members

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Institution

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combinatorics

graph theory

Karola Meszaros

Institution

Cornell University

topology

geometric topology

Theodore Molla

Institution

University of South Florida

discrete algorithm

probabilistic graph theory

Zixia Song

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University of Central Florida

extremal graph theory

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Florian Frick

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Carnegie Mellon University

numerical mathematics

general systems

Erin Wolf Chambers

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Saint Louis University

design

learning analytics

Konstantin Tikhomirov

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applied mathematics

mathematics

Bernard Lidický

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Iowa State University

discrete algorithm

extremal graph theory

Amir Nayyeri

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geometry

polyhedron

Jim Lawrence

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linear programming

discrete algorithm